Industries, MSMEs and Colleges

Empowering Academia, MSMEs and Industries for the Next AI Disruption

The next wave of AI disruption is emerging from the convergence of electronics, software, intelligent edge devices, cloud computing and real-time data intelligence. Grovator® enables Academia, MSMEs and Industries to thrive in this multidisciplinary world, where technology fusion drives meaningful innovation.

A simple device can now become an intelligent system. Imagine a basic industrial pump transformed through sensor fusion, edge electronics, intelligent edge devices, cloud computing and AI-driven decision making. It is able to sense like an expert, predict failures, and act autonomously. This is the new era of AIoT-powered intelligent enterprises.

Grok Learning stands at the forefront of this shift. Through the Grovator® Skilling & Innovation Platform and Unkowvate – Industry 4.0 Agentic AI, we empower institutions to upskill faculty, prepare students and innovate with industries on real-world challenges.

Our platform-driven Centres of Excellence (CoEs) turn institutions into innovation ecosystems where ideas evolve into deployable smart products and learners are prepared for leadership in a digitally intelligent future.

Product Offerings

Grovator® - Skilling & Innovation platform is an Industry 4.0 cloud-based integrated development & execution platform that enables users to develop smart products & services using AI, IoT Cloud Computing, AIoT, Robotics Automation & Additive Manufacturing (3D Printing). It includes a comprehensive tool chain to facilitate seamless transformation of innovative ideas into deployable industry applications. As a co-pilot it empowers both faculties & learners to develop Industry 4.0 skills for different domains such as Manufacturing, Building Automation, Healthcare, Agriculture, Automotive etc.

Uknowvate- Industry 4.0 Agentic AI enables colleges, MSMEs and industries to bridge the gap between research and innovation, driving rapid product development and the creation of smart solutions for Industry 5.0. It empowers all to craft hands-on, future-ready learning experiences that inspire real-world impact.

Industry Connect
Where Real Industry Problems Meet the Innovators Who Can Solve Them

Industry Connect is essentially a gateway to real-world innovation. It links companies, colleges, and MSMEs in an ecosystem where rapid technological change becomes an opportunity, not a barrier. As industries face evolving challenges, the platform brings their problem statements directly to the learners and faculty capable of developing innovation-driven solutions. With hundreds of companies already participating, this collaboration fuels digital transformation, accelerates new product development and creates a powerful pipeline of internships, projects, and future-ready talent.

Programs Offered

Smart Manufacturing

Gain understanding about Industry 4.0 technologies (including IIoT, robotics, and AIoT), their importance, and the transformation they have brought across various industrial sectors.
Acquire knowledge of essential components of industrial IoT and automation applications, such as data acquisition, processing, and application outcomes, through practical industry-focused use cases.
Get acquainted with electronic components, analogue and digital signals, signal processing, and industrial electronic circuits relevant to automation and IIoT systems.
Acquire knowledge of software tools, cloud infrastructure, and hardware platforms (including PLCs, microcontrollers, gateways, and MES) involved in industrial automation and IIoT development, and gain hands-on experience in their deployment and management.
Gain proficiency in end-to-end development and programming of automation, IIoT, and robotic solutions by designing and building real-world industrial applications, including material handling and production monitoring scenarios.
Develop the ability to demonstrate, test, and troubleshoot integrated IIoT-automation solutions, and cultivate critical thinking, problem-solving skills, and an innovative mindset for industry readiness—enabling contributions to technical roles or entrepreneurial ventures in the Industry 4.0 domain.

The Industry 4.0 for Smart Manufacturing course equips learners with practical knowledge of modern automation, IIoT, and AIoT technologies transforming industrial systems. It covers core concepts of connected manufacturing, including PLCs, sensors, robotics, MES integration, and real-time data analytics. Participants gain hands-on experience in designing, programming, and managing automation and IoT-based production systems, using both edge and cloud tools to enhance operational efficiency.

Programs

IoT for Smart Manufacturing
Robotics Automation for Smart Manufacturing
3D Printing for Smart Manufacturing
Industry 4.0 for Smart Manufacturing
Industry 4.0 - ESSCI Approved Non-NSQF
Data Science for Smart Manufacturing
Applied Generative AI for Industry 4.0
AIOT for Smart Manufacturing

Integrated Development Environment (IDE) - hands-on cloud infrastructure
Grok Circuit Designer - a software tool with drag and drop features to build a circuit
Python programming module
Grok Block Designer - a ‘No code’ software tool to write a program using Python or Block programming
Grok IoT Kit - comprises IoT Gateway, RTC, Sensors, Motors and Relays. It supports protocols such as I2C, Serial, Analogue, Digital, Bluetooth, WIFI and SPI for building mobile connectivity to the IoT solutions through cloud (AWS IoT)
LMS - Teacher training modules and student course material including slides and audio-visual resources

Smart Healthcare

Gain understanding about IoT technology, its importance, and the transformation it has brought in modern healthcare—improving patient care, safety, and system efficiency.
Acquire knowledge of essential components of healthcare IoT applications, including sensors, actuators, gateways, microcontrollers, and communication protocols, through practical use cases such as patient monitoring, smart wearables, and automated sanitation.
Get acquainted with electronic components, signal processing, measurement techniques, and hands-on assembly and troubleshooting relevant to medical IoT devices and hospital automation.
Acquire knowledge of various software tools, cloud infrastructure, mobile applications, and hardware platforms involved in healthcare IoT application development, and gain hands-on expertise in their configuration and management.
Gain proficiency in end-to-end healthcare IoT application development by practising implementation of real-world projects such as smart headbands, ECG and SPO2 monitoring systems, stress monitors, gas leak alerts, and waste management solutions for hospitals.
Ability to demonstrate and test acquired knowledge by building and troubleshooting IoT solutions for actual healthcare use cases, while developing critical thinking, problem-solving skills, and innovative mindset to address industry problems and contribute to technical roles or entrepreneurship in health tech.

The Smart Healthcare course introduces learners to emerging technologies transforming the healthcare ecosystem, including IoT, AI, data analytics, robotics, and telemedicine systems. It focuses on how these technologies enable connected care, real-time health monitoring, and efficient healthcare delivery. Participants explore healthcare devices, sensors, and digital infrastructure that support preventive, diagnostic, and remote-care applications, preparing them for roles at the intersection of healthcare and technology.

Programs

IoT for Smart Healthcare
AIOT for Smart Healthcare
3D Printing for Smart Healthcare
Data Science in Healthcare

Integrated Development Environment (IDE) - hands-on cloud infrastructure
Grok Circuit Designer - a software tool with drag and drop features to build a circuit
Python programming module
Grok Block Designer - a ‘No code’ software tool to write a program using Python or Block programming
Grok Robotics Kit - comprises microprocessor, RTC, Sensors, Motors and Relays. It supports protocols such as I2C, Serial, Analogue, Digital, Bluetooth, WIFI and SPI.
Approach enabling mobile connectivity to the Robotics solutions through cloud (AWS IoT).
LMS - Teacher training modules and student course material including slides and audio-visual resources.

Smart Agriculture

Gain understanding of IoT technology, its significance, and its transformative impact across agricultural systems and food production networks.
Acquire knowledge of essential components of agricultural IoT applications, including data collection, processing, and actionable outcomes through real-world use cases.
Get familiar with electronic components, analogue and digital signals, sensors, and circuits used in precision farming devices and systems.
Learn to use software tools, cloud platforms, and embedded hardware systems involved in developing and managing connected agricultural solutions.
Gain hands-on experience in designing and deploying end-to-end IoT and automation applications for smart agriculture—covering irrigation control, soil monitoring, crop health tracking, and livestock management.
Build the ability to test, troubleshoot, and demonstrate smart farming systems tailored to real use cases in the agriculture domain.
Develop critical thinking, innovation, and problem-solving skills to address agricultural challenges through technology-driven approaches, preparing for roles in agri-tech companies or entrepreneurial ventures.

The Smart Agriculture specialization introduces learners to how emerging technologies—particularly IoT, robotics, automation, and cloud-based intelligence—are transforming traditional farming into data-driven, efficient, and sustainable systems. The program emphasizes precision agriculture, intelligent resource management, and digital monitoring of environmental and crop conditions. Through practical exercises and real-world use cases, learners gain the technical and analytical capabilities to develop innovative agri-tech solutions that enhance productivity, sustainability, and farmer decision-making.

Programs

IoT for Smart Agriculture
Robotics Automation for Smart Agriculture

Integrated Development Environment (IDE) - hands-on cloud infrastructure
Python programming module
Grok Block Designer - a ‘No code’ software tool to write a program using Python or Block programming
Jupyter Notebook - Execution of the solution code using Jupyter Notebook on cloud with Google Colaboratory and on local computer using Anaconda
LMS - Teacher training modules and student course material including slides and audio visual resources

Home and Building Automation

Gain understanding about IoT technology, it’s importance and the transformation it has brought in diverse spheres of the modern world.
Acquire knowledge of essential components of any IoT application such as input data, processing and desired outcome of the application with the help of practical use cases.
Get acquainted with different electronic components, digital and analogue signals, signal processing and electronic circuits
Acquire knowledge of various software tools, cloud infrastructure and hardware components involved in IoT applications development and their management and gain hands-on expertise on them
Gain proficiency in end-to-end IoT application development by learning and practising to build different IoT applications for Smart City Industry.
Ability to demonstrate and test the acquired knowledge by building a new IoT application for a real use case scenario in Smart City domain.
Develop critical thinking ability, problem solving skills and innovative mindset to address industry problems and provide solutions for them. Become industry-ready with knowledge & skills to contribute to a job or an entrepreneurial initiative.

The IoT for Smart Cities course provides learners with a strong foundation in Internet of Things (IoT) technology, its growing importance, and the major transformations it drives across urban systems and industries. The course bridges fundamental electronics with real-world IoT applications, fostering both technical competence and innovation-oriented thinking.

Programs

IoT for Home & Building Automation
AIoT for Home & Building Automation

3D modelling software (Additive) for product design
Slicing Software
3D Printers for printing
LMS –Teacher training modules, Student course material including slides and videos

Nanotechnology

Understand the fundamentals of additive manufacturing and nanomaterials.
Study material properties and design requirements for nanoscale fabrication.
Learn 3D printing workflows suitable for producing nanocomposites and microstructures.
Explore applications in electronics, biomedical devices, and energy systems.
Gain experience with CAD design, slicing tools, and nanomaterial characterization.
Analyze sustainability and scalability considerations in nanofabrication technologies.

This course explores how additive manufacturing and nanotechnology merge to enable the fabrication of advanced materials with improved structural, electrical, and thermal properties. Students gain hands-on familiarity with 3D printing processes, nanoscale materials, and emerging nanofabrication methods.

Program:

3D Printing for Nanomaterials Fabrication

Integrated Development Environment (IDE) - hands-on cloud infrastructure
Grok Circuit Designer - a software tool with drag and drop features to build a circuit
Python programming module
Grok Block Designer - a ‘No code’ software tool to write a program using Python or Block programming
Grok IoT Kit - comprises IoT Gateway, RTC, Sensors, Motors and Relays. It supports protocols such as I2C, Serial, Analogue, Digital, Bluetooth, WIFI and SPI for building mobile connectivity to the IoT solutions through cloud (AWS IoT)
Jupyter Notebook - Execution of the solution code using Jupyter Notebook on cloud with Google Colaboratory and on local computer using Anaconda
LMS - Teacher training modules and student course material including slides and audio visual resource

Smart City

Understand IoT technology, its importance, and its transformative impact in developing connected and sustainable urban systems.
Learn the core components of IoT applications—sensors, data acquisition, processing, and decision-making—through practical urban use cases such as traffic, waste, and energy management.
Get acquainted with various electronic components, analogue and digital signals, signal processing techniques, and circuit systems used in smart infrastructure and monitoring devices.
Gain knowledge of cloud infrastructure, software tools, embedded hardware platforms, and data visualization techniques used in urban IoT applications.
Develop and deploy end-to-end IoT and AIoT systems applied to smart city domains, including environmental monitoring, air and water quality tracking, and smart energy grids.
Learn to test, troubleshoot, and demonstrate data-driven smart city solutions designed for real-world challenges in urban and environmental contexts.
Cultivate creativity, innovation, and analytical thinking to design climate-resilient and technology-enabled solutions supporting sustainable city development and entrepreneurship in the climate-tech space.

The Smart City and Sustainability specialization enables learners to understand how IoT, AIoT, and environmental sensing technologies contribute to building smarter, more resilient, and sustainable urban ecosystems. The course focuses on integrating sensors, data analytics, and intelligent control systems to manage energy, environment, mobility, and infrastructure efficiently. Through hands-on learning and real-world projects, participants explore innovative solutions for urban automation, environmental monitoring, and climate resilience, developing the skills required for careers in smart infrastructure, urban planning, and sustainability technology.

Programs

IoT for Smart City
IoT for Environmental Monitoring
AIOT for Smart City
Climate tech & Sustainability

Integrated Development Environment (IDE) - hands-on cloud infrastructure
Grok Circuit Designer - a software tool with drag and drop features to build a circuit
Python programming module
Grok Block Designer - a ‘No code’ software tool to write a program using Python or Block programming
Grok Robotics Kit - comprises microprocessor, RTC, Sensors, Motors and Relays. It supports protocols such as I2C, Serial, Analogue, Digital, Bluetooth, WIFI and SPI.
Approach enabling mobile connectivity to the Robotics and AI solutions through cloud (AWS IoT).
LMS - Teacher training modules and student course material including slides and audio-visual resources.